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Naveen Rao
AI Overlord Aspirations

Naveen Rao

VP of generative AI at Databricks

Naveen Rao
Pabitra Moharana·Published Updated

Key takeaways

  • Naveen Rao leads generative AI initiatives at Databricks following the $1.3 billion acquisition of MosaicML.
  • Develop Mosaic AI to enhance compound AI systems with the innovative Mosaic AI Agent Framework.
  • Achieve superior performance with DBRX, outperforming leading open-source models in key benchmarks.
  • Prioritize making AI cost-effective, secure, and respectful of data privacy in all projects.
  • Contribute to AI advancements by serving on multiple advisory boards in the tech industry.
5 min

Outside of work, the VP of generative AI at Databricks, Naveen Rao is passionate about racing, so much so that he recently had to miss the Databricks AI + Data Summit 2024 because he was tearing up the track at Le Mans! For Rao, it’s all about chasing both speed and innovation—whether on the racing tracks or in the tech world.

After Databricks acquired his company MosaicML for a staggering $1.3 billion in July 2023, Naveen Rao transitioned into his new role, as the VP of generative AI at Databricks.

At Databricks, Rao is building Mosaic AI, an initiative to create top-tier compound AI systems. This includes the Mosaic AI Agent Framework, which develops sophisticated RAG and agentic applications. Rao’s team is also working on Mosaic AI model training, a process that refines open-source foundation models with private data for even sharper results. 

Earlier this year, Databricks released DBRX, which outperformed SOTA open-source models like Llama 2 70B, Mixtral-8x7B and Grok-1 across various benchmarks, including language understanding (MMLU), programming (Human Eval) and Math (GSM 8K). 

Rao is constantly working on making AI more cost-effective, secure, and respectful of data privacy. Besides, he’s a member of the scientific advisory board at the Allen Institute and serves on the boards of several AI and computing companies, including Beacon Biosignals, NeuReality, and Luminous Computing.